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Identified: A mechanism that protects plant fertility from stress

As Temperatures rise due to global warming the need to protect plants from stressful conditions has increased, as stress can cause a loss in yield and cause further impact economically. A consortium led by the University of Warwick have successfully identified two proteins that protect crops from stress, which is key in safeguarding food production.

Mon 01 Mar 2021, 10:08 | Tags: Plants, climate change, School of Life Sciences, Evolution, Sciences

University of Warwick signs agreement with agronomy specialist to bring UK beans to market

The University of Warwick’s research commercialisation wing, Warwick Innovations, has signed a contract with agronomy specialist Agrii to promote the commercial production of UK haricot beans developed by scientists at the University of Warwick.


Chemical memory in plants affects chances of offspring survival

Researchers at the University of Warwick have uncovered the mechanism that allows plants to pass on their ‘memories’ to offspring, which results in growth and developmental defects.


UK Vegetable Genebank celebrates 40 years

The UK Vegetable Genebank (UKVGB), part of Warwick Crop Centre on the University of Warwick’s Wellesbourne Campus, celebrates its 40th anniversary next week.


Warwick research part of project investigating newly discovered prehistoric shafts near Stonehenge

A previously unrecorded Neolithic monument has been discovered at the ancient settlement of Durrington Walls near Stonehenge.

 


Minimum energy requirements for microbial communities to live predicted

A microbial community is a complex, dynamic system composed of hundreds of species and their interactions, they are found in oceans, soil, animal guts and plant roots. Each system feeds the Earth’s ecosystem and their own growth, as they each have their own metabolism that underpin biogeochemical cycles. Researchers from the School of Life Sciences at the University of Warwick have produced an extendable thermodynamic model for simulating the dynamics of microbial communities.

Wed 06 May 2020, 09:28 | Tags: Plants, School of Life Sciences, Environment, bacteria, Sciences

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